Connectivity in a Smart Tomorrow through Next-Generation Wireless Technology
Release date: 04-2020Author: Market Statsville Group
Next-generation wireless technology transforms the consumer's connectivity to connected in the virtual world in the different sectors.
Energy-efficient technologies are on rapid growth as people nowadays are very particular about the latest trends and technologies. The same goes for one of the major new technologies: the Low Power Wireless Technology that is a wireless telecommunication low power network (LPN) specially designed to allow long-range communications at a low bit rate among connected objects as sensors operated on a battery.
In the current, engineers now have many choices regarding low-power wireless technologies, including RF-based technologies such as Bluetooth low energy, ANT, ZigBee, RF4CE, NFC, Nike+, and Wi-Fi, plus infrared options championed by the Infrared Data Association (IrDA). Moreover, With IoT, connectivity will continue to evolve to address various new use cases' needs. With rapidly developing technologies such as LPWAN, enhanced security is naturally raised among the end-users.
Development in the Low Power Wireless Technologies
Globally, there is a wide demand and need for low power technologies from the consumers to make communication low without any kiosk on the network. Like mobility wireless technology, the development is specified for diversified networks of all data types with various data sizes, where it serves small and medium-sized businesses and distributed enterprises. Moreover, it enables wireless LAN technology to use a physical controller or additional licenses to meet consumer demand.
Although there is another development, namely, connected mobile technology-based to meet users’ requests for finding the right solutions for their operations, also, CMX leverages open architecture principles, intent-driven workflows, and contextual relevance at the core to deliver solutions that extend the network.
Low power wireless technology making place in consumer-centric applications
Automation – Here, it is used as wireless communication and enables control, convenience, and comfort in the end-use area. It is used in many routines and manually-intensive tasks across the home and industry sectors to improve wireless automation for the consumers.
Growth in smart homes' implementation is rising the reality of wireless automation technology based on low power technologies to use in remotely controlled domestic appliances such as temperature monitoring, alarm alert system, and others. These appliances can also be operating through consumers' mobile phones by providing possibilities of fully measured controlling and monitoring domestic appliances and applications.
Automation is used across remote controls, home automation appliances, lighting, HVAC, access security, RFID, and others to make connectivity.
Healthcare – People already witness a wide change in the sector's development in terms of quality of care, lives, and treatments. The growth in aging populations, increasing obesity cases, and gene diseases like diabetes are further creating demand for product development to minimize the public's financial stress with the introduction of ultra-low-power (ULP) wireless products. Such products include diabetes control, activity monitors, weight measuring, and others. These products enhance care quality and treatment outcomes for the consumers through connectivity with the inner body through next-generation wireless technology.